VECTOR-300 is an industrially scalable autopilot engineered for attritable and fungible unmanned aircraft platforms requiring autonomous operation in complex operational environments.
Developed for high-volume manufacturing programs, the system combines advanced guidance, navigation and control functionality with an optimized architecture that reduces integration complexity, supply-chain exposure and overall program risk.
Designed to support military and dual-use unmanned systems, VECTOR-300 delivers reliable autonomous navigation in GNSS-degraded conditions, including contested environments affected by spoofing, meaconing and jamming. Its architecture supports advanced inertial estimation, multi-sensor fusion and autonomous mission continuity across demanding operational profiles.
Optimized for loitering munition and counter-UAS interceptor applications, VECTOR-300 enables precision terminal guidance, predictive trajectory adaptation and high-dynamic maneuvering against moving targets. The autopilot integrates visual guidance and AI-enabled target identification directly into the autonomous control loop, supporting continuous path adjustment during pursuit and engagement phases.
Additional capabilities include autonomous mission execution without radio communications, coordinated multi-UAV operations, formation flight and 4D trajectory management.
With an open and modular framework compatible with UAV Navigation-Grupo Oesía mission systems and peripherals, including VECTOR-MCC and visual navigation technologies, VECTOR-300 provides a flexible platform prepared for future autonomy, perception and AI developments across defense and dual-use unmanned applications.
